Collection: Hotdog Mufflers

What Are Hotdog Mufflers & How Do They Work?

A hotdog muffler, also known as a resonator, is a specialised component designed to modify the sound of your vehicle's exhaust system. Unlike traditional mufflers, hotdog mufflers are compact and contain a perforated tube surrounded by sound-absorbing material. This design helps alter the exhaust tone while minimising interruptions to exhaust gas flow.

Our hotdog mufflers are engineered to balance performance and sound. By allowing exhaust gases to flow more freely, these mufflers allow your ride to maintain deeper and more aggressive exhaust notes, all without being excessively loud on the road.

How Can a Hotdog Improve Your Vehicle?

Investing in a hotdog muffler can offer several benefits for your vehicle's sound, style, and performance:

• Improved Exhaust Flow: Hotdog mufflers are designed to minimise restrictions to exhaust gas flow, which impacts bottom-line performance. The improved flow has a domino effect on the rest of your system, contributing to improved horsepower and torque.
• Distinctive Sound: Hotdog mufflers help to dampen engine sound, removing harsh and unpleasant notes. The result is a distinctive, rumbly exhaust note that performance enthusiasts love to replicate in their vehicles. 
• Compact Design: These performance parts are known for their compact size, making them an ideal choice for vehicles with limited space for exhaust modifications. Despite their size, they still deliver noticeable sound enhancement.

Why Choose DEA Performance for Your Exhaust?

There’s a reason why customers keep coming back. Four of them, in fact.

• Extensive Selection
• Competitive Prices
• Uncompromising Quality
• Expert Guidance

Our team of experts is here to provide you with advice and support every step of the way. We have decades of experience within the automotive industry and will help you find exactly what your vehicle needs to achieve peak performance.

Browse our selection today, or contact our specialists for more information.